DiscoNet.Noise

Asymmetric

Asymmetric suite

public class DiscoNet.Noise.Asymmetric

Static Fields

Type	Name	Summary
Int32	DhLen	A constant specifying the size in bytes of public keys and DH outputs.

Static Methods

Type	Name	Summary
Byte[]	Dh(KeyPair keyPair, Byte[] publicKey)	Perform DH on public key
KeyPair	GenerateKeyPair(Byte[] privateKey = null)	Create a X25519 static keyPair out of a private key.

HandshakeState

Noise handshake state

public class DiscoNet.Noise.HandshakeState
    : IDisposable

Properties

Type	Name	Summary
KeyPair	E	The local ephemeral key pair
Boolean	Initiator	Indicating the initiator or responder role.
MessagePattern[]	MessagePatterns	A sequence of message pattern. Each message pattern is a sequence of tokens from the set ("e", "s", "ee", "es", "se", "ss")
Byte[]	Psk	Pre-shared key
KeyPair	Re	The remote party's ephemeral public key
KeyPair	Rs	The remote party's static public key
KeyPair	S	The local static key pair
Boolean	ShouldWrite	indicating if the role of the peer is to WriteMessage or ReadMessage
SymmetricState	SymmetricState	SymmetricState object

Methods

Type	Name	Summary
void	Dispose()	Dispose and freeresourses
ValueTuple<Strobe, Strobe>	ReadMessage(Byte[] message, Byte[]& payloadBuffer)	Read handshake message and output payload

Hash

Strobe hash object

public class DiscoNet.Noise.Hash
    : ICloneable

Methods

Type	Name	Summary
Object	Clone()	Get copy of the DiscoHash in its current state.
Byte[]	Sum()	Reads more output from the hash; reading affects the hash's state
Int32	Write(Byte[] inputData)	Write absorbs more data into the hash's state. This function is usually called to hash contigous chunks of data. For structured data please refer to WriteTuple
Int32	WriteTuple(Byte[] inputData)	Absorbs more data to hash in a non-ambigious way. This means that data absorbed via this function is separated from the data surrounding it. Use this function instead of Write to hash structured data.

Symmetric

Symmectic suite

public static class DiscoNet.Noise.Symmetric

Static Fields

Type	Name	Summary
Int32	HashSize	Hash size, bytes
Int32	KeySize	Symmetric key size, bytes
Int32	MinimumCiphertextSize	Minimum size of ciphertexts, bytes
Int32	NonceSize	Nonce size, bytes
Int32	PskKeySize	Pre shared key size, bytes
Int32	SecurityParameter	Symmetric security parameter, bits
Int32	TagSize	Tag size, bytes

Static Methods

Type	Name	Summary
Byte[]	Decrypt(Byte[] key, Byte[] ciphertext)	Decrypt a message and check integrity
Byte[]	DeriveKeys(Byte[] keyMaterial, Int32 keyLen)	Derive key data
Byte[]	Encrypt(Byte[] key, Byte[] plaintext)	Encrypt a plaintext message with a key of any size greater than 128 bits (16 bytes).
Byte[]	Hash(Byte[] input, Int32 outputLength)	Hash allows you to hash an input of any length and obtain an output of length greater or equal to 256 bits (32 bytes).
Byte[]	ProtectIntegrity(Byte[] key, Byte[] plaintext)	Protect integrity of unecrypted text
Byte[]	VerifyIntegrity(Byte[] key, Byte[] plaintextAndTag)	Retrieve and Verify plaintext from unencrypted message

SymmetricState

Noise symmetric state

public class DiscoNet.Noise.SymmetricState

Properties

Type	Name	Summary
Boolean	IsKeyed	Is state keyed